TORRINGTON, CT – Dymax, a leading manufacturer of rapid and light-curing materials and equipment, will exhibit at SMTA International 2024 in Rosemont, IL, from October 21-24. Engineers and electronics professionals are invited to visit booth 2713, where Dymax will present curing materials and equipment designed for the evolving needs of the avionics, electronics, and industrial sectors.

At this year's event, Dymax will feature solutions tailored for critical PCB-level electronics applications, including dual-cure 9771 low-outgassing conformal coating, which meets Mil-Std-883 Method 5011 for aerospace, defense, and unmanned systems technologies. Attendees will have the opportunity to see multipurpose PCBs with staking materials, flexible encapsulants, and board-level maskants, along with high-performance conformal coatings like 9483, built for heat, chemical, and corrosion resistance, and 9451 black conformal coating, for shielding sensitive circuitry.

Dymax will demonstrate the dispense of 9-7004 PCB maskant and 7501-T-UR-SC dielectric protective coating for battery modules and curing with a BlueWave® high-intensity UV/LED light-curing system powered by the MX-MIM. Engineers working on electric vehicle technologies can view a battery module shell to see the practical applications of Dymax materials.

The booth will provide an opportunity for engineers to consult with Dymax's technical experts on specific challenges in electronics design and assembly. Whether developing advanced automotive systems or working on space-bound electronics, the team can share insights on how light-curing technologies can streamline processes.

Electronic Coating Technologies (ECT), a partner specializing in critical electronics protection and contract manufacturing services, will co-exhibit with Dymax. ECT representatives will be available to discuss solutions for protecting critical electronics in demanding environments.

"Many engineers seek an integrated approach to electronics processing that avoids needing multiple service providers," said David Miller, Territory Manager, Central & North Midwest Sales. "By collaborating with ECT, we aim to offer a coordinated solution that combines light-curable materials with coating services, helping to simplify the manufacturing process."

Engineers involved in electronics design are encouraged to stop by booth 2713 for discussions on material solutions and process improvements.

CHATSWORTH, CA – NEOTech, a leading provider of electronic manufacturing services (EMS), design engineering, and supply chain solutions in the high-tech industrial, medical device, and aerospace/defense markets, is excited to announce the recent implementation of an enhanced wire bonding manufacturing process for microelectronics circuit assemblies. This innovative process significantly increases production yields while reducing the production cycle time for each assembly. NEOTech remains committed to continuous improvements, particularly in the manufacturing of extraordinarily high-tech microelectronics products for the nation’s leading OEMs in the Aerospace & Defense, Medical Device, and Industrial markets. As part of this commitment, NEOTech has researched, tested, and qualified an advanced wire bonding technique known as Standoff Stitch (SOS), which further reinforces the company’s dedication to delivering high-quality, precision-driven solutions.

NEOTech, already recognized as an industry leader in SMT electronics manufacturing, stands at the forefront of high-tech microelectronics circuit assembly as well. The company’s original first- pass yields for wire bond and bond pull test processes were already excellent, achieving a 99.3% success rate. However, for mission-critical electronics used in aerospace, defense, space, and medical implantable device applications, even this high yield rate required further improvement. Common methods to enhance wire bond yield and reliability, such as the Burnishing process and the Security Bonding process, have been effective but significantly increase production time. To address this challenge, NEOTech has researched and implemented the SOS wire bond process, which not only boosts reliability but also reduces the production cycle time, offering a more efficient solution without compromising quality.

The SOS wire bond process is a superior method for ensuring high-quality interconnects of micro fine wires to the conductive pads on the substrate surface, which are often uneven or wavy due to the screen-printing process. When standard wire bonding methods are applied to these uneven surfaces, poor bond adherence can result, impacting overall quality. The SOS process addresses this issue by incorporating a gold ball approximately 2.5 mil in diameter during the first step of the wire bonding process. This gold ball accommodates the uneven surfaces without the need for additional steps, significantly reducing production time for each assembly. Furthermore, the increased surface area at the substrate bond interface created by the gold ball forms a more robust bond, enhancing reliability. NEOTech has seen remarkable improvements from this method, with production yields increasing to 99.99% and throughput doubling.

Jim Doyle, Chief Executive Officer of NEOTech’s Aerospace & Defense Business, expressed his enthusiasm for the recent advancements, stating, “At NEOTech, we are dedicated to fostering a culture of continuous improvement to ensure we consistently deliver the highest quality products to our customers. The implementation of the SOS wire bonding process is a testament to our commitment to innovation and operational excellence. By enhancing our wire bonding capabilities, we not only improve production efficiency but also ensure the reliability and performance of mission-critical microelectronics for the aerospace, defense, medical, and industrial sectors. We are proud of our team’s unwavering focus on quality and their efforts to push the boundaries of what’s possible in electronics manufacturing.”

NEOTech distinguishes itself through its broad capabilities and exceptional service offerings, serving industries such as aerospace/defense, medical devices, industrial, and high-tech sectors. Renowned for delivering high-quality products and solutions, NEOTech has become a trusted partner for complex, mission-critical electronic manufacturing projects. The company’s cutting-edge facilities and advanced manufacturing technologies guarantee precision and reliability in every product. NEOTech’s commitment to quality is evident through its adherence to stringent standards, backed by certifications like ISO 9001:2015, ISO 13485:2016, and AS9100. At the core of NEOTech’s success is its customer-centric approach. Offering a comprehensive suite of services — from design and prototyping to full-scale production and post-production support — NEOTech tailors its solutions to meet each customer’s specific needs. The company’s ability to provide personalized solutions, while also reducing time-to-market and optimizing costs, has earned it a strong reputation for delivering exceptional value.

With more than 40 years of heritage in electronics manufacturing, NEOTech specializes in high- reliability programs in the aerospace/defense industry, medical products, and high-tech industrial markets. NEOTech is well recognized as a premier EMS provider with in-depth experience manufacturing high-tech products and managing stringent US government requirements. For more information about NEOTech’s Microelectronics manufacturing capabilities, please visit www.NEOTech.com/microelectronics